JPS5941761A - Crush and shaving combining instrument for ice - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a crush shaver for water.

In addition to ice shavers that shave ice with a flat blade to obtain so-called shaved ice, ice crushers that produce crushed ice pieces have also become popular. Both are common ice block processing machines, but due to differences in processing principles, they are only offered as separate processing machines. Therefore, it is necessary to use one of the two types depending on the purpose of processing, and this adds to the burden of storing and organizing items.

The present invention provides a crush unit equipped with a crush cutter and a shave unit equipped with a shave cutter and an ice block rotation suppressing plate for the shave cutter in a single container, thereby eliminating the above-mentioned conventional drawbacks. The purpose is to provide a crush shaver for use.

A first embodiment shown in FIGS. 1 to 4 will be described. A container 1 formed in a cylindrical shape has an inner sole 2 integrally molded with the candy at an intermediate height inside the container. The lower end opening of the vessel 1 is closed with a bottom door 14 fitted therein and secured with screws 3. At the upper end of the container body 1, an ice block receiving section 6 is fitted into which an ice block charging hopper 4 for the crush unit A and an ice block charging chamber 5 for the sheave unit B are integrally molded. The ice block receiving member 6 is connected to the inner sole 2 with screws 9 between connecting columns 7 and 8 located at several locations. The inner sole 2 is formed with a common dropping port 12 that communicates with the bottom outlet 10 of the ice block charging hopper 4 and the cutting port 11 at the bottom of the ice block charging chamber 5. A water receptacle 15 is provided below the drop opening 12, through the blood inlet/outlet 13 at the front of the vessel body 1, and into and out on the bottom plate 14. 15.
A is a handle that is integrally molded on the front surface of the water tray 15.

In addition to the hopper 4, the crush unit Ai2 includes a falling ice flake roughness limiting portion side 17 that divides the hopper outlet 10 into an ice flake falling gap 16 of an appropriate width, and a falling ice flake roughness limiting member 17 that receives the falling ice flakes. The crush cutter 18 is fitted to the non-circular cross-sectional afr portion of the rotating shaft 19 with a spacer 20 at a constant interval, and the rotating crush cutter 18 crushes the ice block between the rotating shaft 19 and the rotating shaft 19. The ice block receiver is mounted on the hopper outlet section 10 by bearing the rotating shaft 19 on a bushing 22 held in a pocket section 42 between the protrusion 21 on the lower surface of the container member 6 and the inner sole 2. ing.

The falling ice piece roughness fiii1 limiting member 17 has one end rotatably held in the circumferential groove 23 formed between the outer periphery of the bushing 22, and the other end is attached to the hopper outlet 10 and the middle bottom falling. It is attached to the pocket part 43 between the openings 12 and the hopper outlet 1
It is fixed to part 0.

Shave unit) B is a sheave cutter 25 screwed to the tt of the ice cube charging chamber 5 or the cutting hole 11 - green, and a rotary cylinder 2 that is rotatably fitted into the ice cube charging chamber 5.
6. A lid body 27 that closes the upper end opening of the ice block input chamber 5, and an ice block rotating press plate 29 on which a rotation +jqll 28 is held on the solid body 27. The shave cutter 25 is provided so that its flat blade 25a protrudes an appropriate amount to the inner bottom surface of the ice cube charging chamber 5. It is made to the piece 31, and can be attached and detached from above together with the cutter base piece 31, so that re-sharpening and section 1.1 of the protruding wall to the inner bottom surface of the ice cube charging chamber 5 can be performed as necessary.

The rotary cylinder 26 is prevented from being pulled out by the inner 7 flange 34 of the circumferential ring 33 screwed into the opening of the ice cube charging chamber 5, and the upper outer 7
A flange 35 is provided on the inner periphery of the peripheral ring 33, and a 7 lange 36 is provided on the outside of the lower end.
are guided around the inner periphery of the ice cube charging chamber 5 to ensure smooth rotation. The lower outer 7 flange 36 is formed in a ring body 38 that is integrally attached to the rotary cylinder 26 by screwing 37 or adhesively, and a passive gear 39 of the rotary cylinder 26 is formed in the ring body 38 . The lower outer flange 36 and the passive gear 39 may be integrally formed with the rotary cylinder 26. Lid body 2
7 is a helicoidal engagement piece 40 on the outer periphery of the upper end of the circumferential ring 33,
It is detachably attached by engaging a helicoidal engagement piece 41 on the inner periphery of the lower end of the lid body 27.

The center of the ice block rotation suppressing plate 29 is attached to the lower end of the rotating shaft 28 with a screw 44 or the like, and the rotating shaft 28 is connected to the lid body 2.
7 It is inserted into the central through hole 45 and is prevented from being pulled out by a shaft head 47 attached to the upper end of the rotating shaft 28 by screwing 46, etc., so that it can both move up and down and rotate relative to the lid body 27. It is maintained like this. The suppression plate 29 is also formed with passive engaging portions 49 that receive rotation of the rotary tube 26 by engaging with protrusions 48 vertically provided on the inner circumference of the rotary tube 26 at equidistant positions on the outer circumference. A large number of pyramid-shaped small protrusions 50 are formed on the periphery, and a spike bottle 51 on a large diameter circle and a spike pin 52 on a small diameter circle are respectively implanted.

The through hole 45 of the lid body 27 is opened at the center of the bottom of a nut chamber 53 that is integrally formed on the central upper surface of the lid body 27. The nut chamber 53 has guide cylinders 54a fitted into the through holes 45 marked )J' and l on the bottom plates 54 and b, and guide side plates 54c' (sliding guides 54 formed integrally with z) on both sides of the bottom plate 54b.
are fitted into the guide side plates 54c, and the two-part 9-nut pieces 55 and 56 move toward and away from the spider portion 28a of the rotating shaft 28.
It is held so that it can be freely engaged and detached. At the upper part of the nut chamber 53, there is a two-split circle Q'453 a + made by the notch 57 from the upper end.
, 53b is formed, and this bisected circular wall 53'a+5
3b is the circular arc hole 58b opened on the left and right sides of the top plate 58a,
A nut operating member 58 is provided in which the outer sleeve 58 (l) covers the outer periphery of the nut chamber 53 and is held rotatably in an arc.

The member 58 has an operating piece 58e integrally molded on a sleeve 58d, and a nut operating protrusion 58 on the lower surface of the top plate 58a.
f t 58g is formed, and each protrusion 58f.

58g to each nut piece 55.56 cam groove 55a.

56a and rotates the nut operating member 58, the nut pieces 5'z56 are completely moved toward and away from each other. When the nut pieces 55 and 56 are pressed into contact with each other, they engage with the bowl part 28a of the rotating shaft 28, and when the rotating shaft 28 rotates in the direction of shaving the ice block along with the ice block rotation suppressing plate 29, the nut pieces 55 and 56 move downwardly toward the rotating shaft 28. A thrust is applied to gradually move the ice block rotation suppressing plate 29, which is rotating in the ice block shave direction, downward. As a result, the ice block rotation pressing plate 29 transfers the ice blocks thrown into the ice block charging chamber 5 to the shave cutter 2.
While gradually pressing against the flat blade 25a of No. 5, rotate the rotating cylinder 2.
By working together with 6, it can be rotated and shaved ice of a certain roughness can be shaved. This roughness is determined by the amount of protrusion of the shape counter 25 onto the bottom surface of the ice cube charging chamber 5 and the thread pitch of the threaded portion 28a, and the thread pitch is considerably smaller than a standard thread.

When the nut pieces 55 and 56 are separated from each other, they disengage from the threaded portion 28a of the rotating shaft 28 and
It is arranged so that it can be moved up and down without any delay by the stopper part 28a, and it is useful for a platform that wants to push and move the rotary shaft 28 in the axial direction with respect to the lid body 27 all at once. It is possible to arbitrarily push down the rotation @'1I28 without being influenced by the propulsive force of the I elephant to obtain shaved ice of desired roughness.

A cap 59 is attached to the outer periphery of the upper end of the two side peripheral walls 53a + 53b with 60 tongues, and the nut operating member 5 marked with 01■ is attached.
I try not to remove 8.

A drive shaft 61, which serves both the crush unit A and the sheave unit B, is installed horizontally at the lower part of one side of the ice cube charging chamber 5. The drive shaft 61 includes a bush 64 held in a pocket 63 between a protrusion 62 on the lower surface of the ice block receiving member 6 and a protrusion 79 on the inner sole 2, and a drive shaft protrusion hole 66 on the side of the container l.
Decoration on the periphery i) The bushing 65 held in the cylinder 66a bears a bearing.

The end of the drive shaft 61 that protrudes outside the container 1 has an operating handle 6.
7 is attached by screwing 68 or the like, and a large diameter drive gear 69 and a small diameter drive gear 70 are attached to the inner part of the drive shaft 61. The large-diameter drive gear 69 engages with the passive gear 39 of the rotary cylinder 26 through the notch 71 on the bottom side of the ice cube charging chamber 5, and the small-diameter drive gear 70 engages with the passive gear 39 on the rotary shaft 19 of the crush cutter 18. It meshes with 72.

As a result, when the operation handle 67 is used to rotate the moving shaft 61 in the direction of the arrow a, dog@', drive: 1 m
The gear 69 and the small diameter drive gear 70 are rotated in the same direction a, the large diameter inter-1 gear 69 drives the rotating cylinder 26 in the direction of the arrow through the passive gear 39, and the small diameter drive FJI gear 70 is rotated by the passive gear 72. The crush cutter 18 is moved at a reduced speed in the direction of the arrow C to lightly perform the crushing work, which has a large resistance. When the rotary tube 26 is rotated in the direction indicated by the arrow, the ice block rotation suppressing plate 29 is rotated in the same direction b through the protrusion 48 and the passive engagement portion 49f.

Therefore, by operating one operating handle 67,
Since both the crush unit A and the sheave unit) B are driven at the same time, if the ice cubes are thrown into the hopper 4, the crushed ice pieces from the crush unit) A will pass through the ice receiving port +2'f. If the shaved ice falls into the ice tray 15 and an ice block is thrown into the ice block input 315, the shaved ice from the shave unit B falls into the ice receiver 15 through the drop opening 12.

As a result of the above, whether to obtain crushed ice pieces or shaved ice is selected depending on which of the ice block charging hopper 4 and the ice block charging chamber 5 the ice blocks are to be thrown into. Just one roll is enough. ! ! :Ri, Hopper~
When ice cubes are put into both chambers 4 and 5, the crushed ice pieces and shaved ice are mixed together while being poured into one ice tray 15. However, it is also possible to drop the crushed ice pieces from crush unit A and the shaved ice from shave unit B into separate ice trays from separate mouths.

Further, even if no ice cubes are thrown into the ice cube charging chamber 5, the nut pieces 55 and 56 are pulled apart and the rotating shaft 28'
f: Unless pushed down manually, machining work in shave unit B is reserved even if rotation f+'7j 26 is driven.

The ice blocks in the ice block input hopper 4 are removed by a crush cutter 18.
is rotated in the direction of arrow C, the ice block charging chamber 5
Although he is prevented from escaping, there is a phantom that will definitely prevent such an escape:, the first temporary rest stop! As shown in the figure, it is preferable to provide a breakable plate 73 that hangs down from the lower surface of the ice cube charging chamber 5, and to provide a slit 74 in the plate 73 to prevent interference with the crush cutter 18. In addition, the shaved ice cut out from the cutting port 11 is removed by the shave cutter 2.
5, the ice cubes fall into the drop port 12 without any trouble, but they fall through the gap between the lower surface of the ice cube loading chamber 5 and the drop port 12 of the inner sole 2. i (S As shown by the imaginary line in Fig.
All hopper exits on the guide wall connected to the drop port 12 on the bottom surface
It is sufficient to form 5zuiL continuously with t10.

In the figure, 74 is the attachment/detachment device for the ice block charging hopper 4, 75° 76
77 is a through hole for inserting a rotating shaft formed in the center of the nut operating member 58 and the cap 59, and 77 is the operating handle 6.
7 is an operating knob, and 78 is a pivot pin that rotatably supports the operating knob 77.

In the second embodiment shown in FIGS. 5 and 6, both the crush unit A and the shave unit B are provided with dedicated operating handles 9'l and 92, respectively. The ice block charging chamber 5 includes ice 4j, an ice block receiver integrally forming the charging hopper 4, which is separate from the container member 6, and an opening 93 opened in instant contact with the hopper 4 in the section ti6.
The upper outer 7 flange 94 is inserted into the opening 9 from above.
3, the member 6 is held against the inner sole 2.
Similarly, the connecting columns 7 and 8 are connected by screws 9.

The inner sole 2 has a first drop port 12a connected to the popper outlet 1o, and a second drop port 12b connected to the cutting/living port 11 of the ice cube charging chamber 5, which are separately formed. , one ice tray 15 under each drop opening 12a + 12b
Each opening and opening 1 was opened after 9ii of vessel body 1.
It is possible to insert L13 from either side of 3.

A separate ice tray 15 may be arranged under each drop 012a, 12b so that it can be pulled out to another 111''4. The rotating fvI+ 26 was previously attached to the previous model, and is prevented from being removed by a presser foot 95 protruding from the upper body 27. 96
・97 is a piece that connects the lid body 27 and the ice cube charging chamber 5.

One end of the rotating ffq1+ 19 of the crush cutter 18 protrudes outside the body, and a tenth operating handle 91 is attached to the protruding/iI end. As a result, the crush cutter 18 is driven independently by the operating handle 91. The operating handle 91 is attached to the rotary shaft and transmits power through the reduction gear, or is mounted on the first moving shaft (not shown) and 1
Similar to the embodiment, it is possible to easily perform crushing work that requires great resistance.

On the other hand, the rotating cylinder 26 is equipped with a driving gear 69 that matches the passive gear 39 by 1111.
One end of 161 protrudes outside the vessel 1, and that protrusion! j'：
A second operating handle 92 is attached to the ilf. As a result, the rotary cylinder 26 is moved to the middle side IJ by the operation handle 92.

As described above, the crush unit A and the sheave unit) B are alternatively driven by selectively operating the dedicated operation handles 91 and 92, respectively, and the unused units are driven (!). (There's no point.

Although the operating handle is attached to the rotating shaft 19 of the crush cutter 18, the crush unit A and the shave unit I-B'i5 can be selectively attached to the drive shaft 61. It may also be possible to drive the

In the third embodiment shown in FIGS. 7 to 9, the ice block receiver having the ice block charging hopper 4 as in the second embodiment has an ice block charging chamber 5 which is separate from the receiving member 6. Movable between use position and non-use position (Niji, Talash unit) A
This is designed to be connected only at the position of use, unlike the drive system which is always connected. The ice block is in the container! A
6 forms only the bar 4, leaving the shave unit holding chamber 101 in the container body 1. horizontal guide grooves 102 are formed on both inner surfaces of the holding chamber 101;
Guided protrusions 10 on both sides of the ice cube charging chamber 5 are provided in each groove 102.
3 are slidably engaged to hold the ice cube charging chamber 5 movably. The second one opened in the middle sole 2
A communication port 104 provided in the extension member 6 at the bottom of the holding chamber 101 is connected to the drop port 12b of the ice block input chamber 5.
The cutting opening 11 is configured such that when the ice block input chamber 5 is in the operating position shown by the solid line in FIG. It is being done.

The ice block charging chamber 5 has a control unit 1 for the hopper 4 at its upper end.
05 and the lid 106 for the holding chamber 101 are integrally molded, and when the ice cube charging chamber 5 is at the operating position
', 7105 closes the hopper 4 and leaves the crush unit 8 in an unused state or confines the crush cutter 18 in the hopper 4 to prevent the risk of injury from touching the cutter 18 with unnecessary parts. 106 trims the opening of the holding chamber 101 to prevent foreign matter from falling into the holding chamber 101. Furthermore, when the ice block charging chamber 5 is in the non-use position shown by the imaginary line in FIG. 7 and the dashed-dotted line in FIG.
By opening the opening formed in the opening in the holding chamber 101, it is possible to prevent objects from getting stuck in the holding chamber 101, and to open the popper 4 to allow ice cubes to be thrown in for crushing work. do.

Crash unit) The drive system that is always connected to A is the first
There is no substantial difference from the embodiment, and substantially the same parts are given the same reference numerals and explanations are omitted, but the rotary cylinder 26
, the passive gear 39 integrally formed therewith moves 1 lJt to the large-diameter drive gear 69 on the drive shaft 61 as the ice cube charging chamber 5 moves from the unused position P1' to the used position.
In the case of this embodiment, when the crush unit is used alone, by keeping the sheave unit (Bkt8) υJ away from the cutting thread, the crush unit's) useful drive and unnecessary load separation are achieved. Together, this causes the rush work to be carried out with greater resistance.

1st. Under each of the second drop ports 12a, 12b, separate ice receivers 15 are arranged such that they can be taken in and out separately from insertion and removal holes 13 provided at the front and rear of the container body 1. Therefore, even if crushed ice pieces and shaved ice are obtained at the same time by simultaneously driving both units A and B, they are taken out separately without being mixed together. However, the same effect can be achieved even if one ice receiver 15 is divided into a crushed ice piece receiving section and a scraped water receiving section. It is also possible to provide a partition wall 107 between each ice tray 15 by integrally molding it with the bottom plate 14 so as not to affect whether one side of the ice tray 15 is inserted or taken out or the other is not affected. The famous water receptacle 15 is placed between adjacent platforms as shown by the imaginary line in Fig. 8).
It is also possible to insert and remove from the same rM+ side.

The rear part of the NiJ holding plan 101 of the container body 1 is opened together with the kite groove 102, so that the ice block charging chamber 5 can be attached and detached. The open rear part of the container body 1 has a groove 102 as well as a removable lid 1.
08 prevents careless removal of the ffj. The inwardly bent piece 108 a? :
It can be attached to and detached from the inner sole 2 by screwing 109 from below. If the coffin 108 is fixed with screws from the outside of the vessel body 1, or if it is fitted in a fixed manner, it can be easily attached and detached.

FIG. 10 shows a fourth embodiment in which a shaft head 47 provided at the upper end of the rotating shaft 28 of the ice block rotation suppressing plate is rotatably attached with a screw 111 or the like. In this way, the above 2
If there is no automatic propulsion mechanism using a split nut and threaded part, or even if there is, when the rotating shaft 28 is pushed down by hand, the shaft head 47 may idle with respect to the rotating shaft 28. Friction between the head 47 and the hands is avoided.

The fifth embodiment shown in FIG.
7 simultaneously drives the crush unit A and the shave unit B, and the operating handle 67
is attached to the upper end of the rotating shaft 28 of the ice block rotation suppressing plate 29. Therefore, the rotating cylinder 26 rotates fli+I+2
G-shaped ice block rotating press plate 29, the press plate 29 outer periphery engaging portion 4
9, jp1 Rotates by receiving the driving force of the operating handle 67 via the protrusion 48 on the inner circumference of the cylinder 26.

The rotation n26 is caused by the drive gear 1 on the outer periphery of the upper end of the rotating cylinder 26.
21, and the ice block receiver is held by a gear 122°..., 126 held between the container side 6 and it and the container l or the inner sole 2.
A passive gear 72' provided on the rotating shaft 19 of the crush cutter 18 is transmitted to drive the crush cutter 18 through the passive gear 72'. The gear 122 can be omitted, and the gear train from the driving gear 121 to the passive gear 72 can be drawn arbitrarily.

The sixth embodiment shown in FIG. 12 is the fifth embodiment. .

Gear 122' in the example! il - Provided so that it can be moved up and down and placed in a position where it meshes with the gear 1211123 (solid line), or a position where it does not mesh with both gears 121 and 123 by 1% (
Depending on whether the shave unit B is to be driven independently or if both units A and B are to be driven in conjunction with each other, it is possible to select whether to drive the shave unit B independently or to drive the shave unit A and B in conjunction with each other.

13] A shaft for vertical movement of the gear 122, with four parts 1
3'2, 133 and the click stopper 134, the gear 122 can be stabilized in each of the above-mentioned upper and lower switching positions.

The seventh embodiment shown in FIG.
The drive gear 141″f: the crush unit l-A side passive gear 142 and the shave unit are simultaneously driven (solid line), and the shave unit (shave unit) which only meshes with the E side passive gear 143) is independently driven Fur” (dot-dash line) and crash unit)A
The position of the crash unit (A) which meshes only with the passive gear 142 of ff411 is changed to the independent drive position (imaginary line), so that three types of drive modes can be selectively adopted.

In order to be able to be displaced to the neutral position (broken line) where neither the gear nor the passive gears 142 and 143 mesh,
When not in use, the operation handle 67 can be disconnected from units A and B to prevent accidental movement, and to prevent the operation handle 67 from getting caught by its own weight or other objects during cleaning, etc.
It is possible to prevent the danger of the crush cutter 18 or the like moving in a direction where it is not used.

According to this invention, a crush unit equipped with a crush cutter (+iii) and a shave unit equipped with a shave cutter and ice block rotation suppression & are installed in the same body, so that a crush unit with both crush and shave functions is provided. Compared to the conventional case of using separate processing machines, it is compact and waste-free as one processing machine.
Not only does this eliminate the inconvenience of using separate Ω processors, but it also becomes advantageous in terms of the burden on processing, storage of goods, polishing, and other handling.

[Brief explanation of the drawing]

Fig. 1 is a vertical side view of the first embodiment of the present invention, Fig. 2 is a longitudinal 1m view, Fig. 3 is a partial Axiom C slope view, Fig. 4 is an exploded slope view of the whole, and Fig. 5 The figure shows the longitudinal side f of the second embodiment.
ffii diagram, Figure 6 is the 111th rh diagram, Figure 7 is the 3rd diagram.
FIG. 8 is a longitudinal cross-sectional side view of the embodiment of 11. lr side view, FIG. 9 is a partial longitudinal rear view, 1ON is a part of the fourth embodiment t9i U1i diagram, and FIG. 11 is a part of the fifth embodiment k
L cross-section side accent 1, FIG. 12 is a partial cross-sectional view of the sixth embodiment,
FIG. 13 is a partial sectional view of the seventh embodiment. ■...Vessel body, 2...Inner bottom, 12.12a, 1.2b...Drop opening, 15" ice catcher, 61...Adjustment axis, 67.91.92...Operation Handle, 3 9 +69+7 (1+72+121 +
..., 126°1411142.1/13... Gear, 101... Shave unit holding chamber, 102...
Guide τ71'l, '103... guided protrusion, 10
4... Connecting Port Applicant Tiger Bureau, Hobin Kogyo Co., Ltd. Figure 12 Figure 13 Figure 7 Oki-A's-J (1st Registration) Procedural Amendment September 30, 1982 2. Name of the Invention Relationship between the crush shave device 3 and the person making the amendment case Applicant name (370) Tiger Thermos Co., Ltd. 4, Yotsuki!
Address: 4-1133 Fushimi-cho, Higashi-ku, Osaka IT; Ground grass pill 21'! '7 "J Telephone (06) 231-5
629 j202-5038 Ishi Name (6047) Patent attorney Gobu - Keiji 5, Order for amendment 1” Showa month, day 6, Specification to be amended (Claims column, Detailed description of the invention column)
7. Contents of amendment (1) The scope of the claims is amended as shown in the attached sheet. (2) The text "This invention is intended for..." from page 3, item 10 to page 4, line 9 of the specification will be amended as shown below. TECHNICAL FIELD This invention relates to a crush/shave device for water.Prior ArtIn addition to ice shavers that shave ice with a flat blade to produce so-called shaved ice, ice crushers that produce crushed ice pieces have also become popular. Yes, it is possible. Both dora and ice cube processing machines are common, but due to differences in processing principles, they have been provided as separate processing machines. In this case, it is necessary to use two processing machines depending on the processing purpose, and it is necessary to Therefore, it has been proposed that a crush unit and a shave unit be installed in the same body so that it can be used as both a crush unit and a shave unit.
Publication No.). However, the crash and shave units and their stories! # Since the product is a multi-component product with a JJ system, assembly is complicated, rattling occurs, and the driving efficiency of each unit is poor, making it difficult to operate and low in efficiency. This means that the positioning and holding of each unit and transmission system body is
This is due to the fact that each process is done individually and in a multi-stage indirect method. Objective: The present invention improves the positioning and holding type of both the crush and shave units and their transmission systems with respect to the vessel body, and provides a crush shaver and 1P vessel for water that does not have the drawbacks of the conventional ones. The purpose is to Examples” (3) Page 29, lines 2 to 11 “This invention...
It will be advantageous. ” is corrected by j1η below. [Effects] According to the present invention, there is provided a crush shaver for water, which is equipped with a crush unit equipped with a crush cutter and a shave unit equipped with a shave cutter and an ice block rotation suppressing plate for the shave cutter, Since the crush unit and the shave unit are held in direct contact with the same body with their transmission systems, each unit and its transmission system are
As a result, it can be easily and reliably positioned not only on the body but also between each other, and is less likely to shake and has good drive efficiency, allowing for light and efficient work. Still, each unit and its transmission system can be easily assembled by sequentially fitting or attaching them to predetermined locations on the same body. ” Applicant: Tiger Thermos Co., Ltd. Agent Go Ayumu - Keiji H,,,':,)z,4+1 Japanese Patent Application No. 57-141372 Amendment 2, Claims (1) A crush unit equipped with a crush cutter, a shave cutter, and an ice block rotation for the same (2) Combined crush/shave device for water, characterized in that it is equipped with a shave unit equipped with a suppressing plate; A crush/shave unit for water according to claim 1, which is detachably attached to the device (3) The crash unit and the shave unit are driven by a single operating handle.
Claims: A combined crush/shave device for water (4) according to claim 1. 5) A combined crush and shave device for water according to claim 3, wherein the crush unit and the shave unit are driven alternatively. (6) The crush unit and the shave unit are driven by separate operating handles. Patent No. 81/Claim 1: Water crush shaver

Claims (4)

[Claims] (1) A crush/shave combination device for water, characterized in that a crush unit equipped with a crush cutter and a shave unit equipped with a shave cutter and an ice block rotation suppressing plate for the same are installed in the same vessel. (2) A crush unit for water as set forth in item 1 of the scope of the special requirements, in which one or both of the crush unit and the shave unit are partially or completely removable from the vessel body. shave device (3) The crush unit and shave unit are driven by a single operation handle.
Crushed shave oil for water according to claim 1 (4) The crush unit and the shave unit are driven at the same time. (5) The crush unit and the shave unit are driven alternatively. Characteristic m'f*', range of W required Crush/shape life for water as described in item 3 (6) The crush unit and the shave unit are each driven by separate operating handles! I'? j -i1'I'Claim 1
The crush unit and shave unit for water specified in
A crush shaver MN for water according to claim 1, which is driven by selectively attaching one operating handle to each separate drive shaft.Use (8) The crush unit and the shave unit are 91 The crash unit and the shave unit are driven simultaneously as claimed in claim 7. Crash shaver for